About Product:
The Avery Dennison Belt UCODE G2iL is a compact, high-performance UHF RFID inlay/tag optimized for item-level tagging in retail, supply chain, and industrial applications. Designed for global use, it provides reliable performance even in close-coupling environments and supports advanced serialization with a factory-locked unique ID.
Purpose:
To enable precise, item-level RFID tracking in retail, apparel, electronics, and supply chain operations. The tag offers a compact form factor, compliance with global standards, and is ideal for use where performance and size efficiency are critical.
Key Specifications:
Avery Dennison Belt (UCODE G2iL)
Benefits of Our Product:
Compact Size with High Performance
Despite its small footprint, the Belt inlay delivers excellent read performance, even in close-coupling environments—making it ideal for item-level tagging in apparel, electronics, and packaging where space is limited but precision is essential.
Global Retail & Supply Chain Compliance
Equipped with the NXP UCODE G2iL chip, the tag supports global UHF RFID standards and meets GS1 TIPP performance grades (M10B, M15B, M20D), ensuring it’s ready for deployment across global supply chains and retail networks.
Reliable Data & Serialization
The tag includes a factory-locked unique 32-bit serial number within its 96-bit TID memory, providing secure, item-specific identification. This ensures brand protection, traceability, and accurate inventory management across various industries.
Ready to Solve Your RFID Challenges?
Contact our RFID specialists today to discuss how our product can address your specific identification and tracking needs.
We'll work with you to design a solution that improves efficiency, reduces costs, and delivers reliable performance.
Get Started Today!
📞 Contact our technical consultation team
📧 Request samples for testing
📋 Custom your quotation based on your requirements
All specifications are subject to standard industry tolerances. Performance may vary based on application environment and conditions. Please consult with our technical team for application-specific guidance.*